Torrent Valve FP-400Y
The BERMAD FP/FS-400Y Torrent valve has been designed specifically for the fire protection industry, with an emphasis on rugged reliability and high performance to comply with the most demanding standards. The BERMAD 400Y is a straight-through, hydraulic, line pressure driven, elastomeric, rolling diaphragm globe valve approved for 25 bar/365 psi with an industry-leading flow capability. It is equally suited for vertical or horizontal installation and is available in pipe diameter sizes from 1½ inch to 16 inch (DN40 to DN400). The BERMAD 400Y is designed for flow control in deluge, pressure control deluge, remote on-off, monitor remote control, pre-action systems, pressure reducing and pressure relief. It is excellent for all fluids used in fire protection systems, from fire-water supplies to foam solution, seawater, foam concentrate and other corrosive liquids. It can be manufactured from various materials and coatings to suit a wide range of specifications and hazardous locations. It is certified and approved to the latest fire protection standards. The 400Y’s unique hydrodynamic straight through Y shaped design, with an unobstructed flow path, free from any supporting cage, in-line ribs, or shafts provides very high flow capabilities with minimal head/pressure loss. Providing resilient, drip-tight sealing, the internal design of the valve is based on innovative Vulcanized Radial Seal Disk technology (VRSD) that uses advanced rubber-based materials to achieve a solid, single-piece, elastomeric unit. This is composed of a flexible, fiber-reinforced diaphragm vulcanized with a rugged, radial seal disk. It is hydraulically balanced and peripherally supported to avoid tension and protect the elastomers, resulting in long life and dependable actuation, even under harsh conditions. Quick in-line inspection and servicing is enabled by a detachable valve cover. The elastomeric assembly can easily be removed without taking the valve out of the line or removing the valve control trim.
Browse catalog by: